A

Accessibility

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

Aerodrome

• Assessing completeness of global airport data in OSM, pages 1–8

automatic labels

• Automatic Labels in Leaflet, pages 1–5

B

Brazilian Research

• Brazilian theses and dissertations on School Cartography in the period 2011–2020, pages 1–8

C

COVID-19

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

California

• Investigating spatiotemporal trends of large wildfires in California (1950–2020), pages 1–9

Costa Rica

• Analysis of the spatial extension of pineapple monocultures in northern Costa Rica using heterogeneous geographic data, pages 1–7

cartography

• Spatial Analysis of Scorpion Accidents in Brazil: Its Relation to Climate and Urbanization, pages 1–6
• Geosite database of the High Gerecse Hills (Hungary): with cartographic and GIS-based methodologies, pages 1–7

clearing operations

• Groth’s algorithm to detect the possible presence of landmines using changes in the reflection of plants, pages 1–6

climate change

• Investigating spatiotemporal trends of large wildfires in California (1950–2020), pages 1–9

D

Dasymetric mapping

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

Data quality

• Assessing completeness of global airport data in OSM, pages 1–8

Datum transformation

• Parametrization of the Hungarian Stereographic Map Sheets, pages 1–5

Disparity

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

data structure

• An Efficient Data Structure Providing Maps of the Frequency of Public Transit Service Within User-Specified Time Windows, pages 1–8

database

• Geosite database of the High Gerecse Hills (Hungary): with cartographic and GIS-based methodologies, pages 1–7

deep learning

• A Comparative Study of Semantic Segmentation using Deep Neural Networks in a GNSS-denied Underground Parking Lot, pages 1–5

detection

• Groth’s algorithm to detect the possible presence of landmines using changes in the reflection of plants, pages 1–6

digital elevation model

• Generalization of digital elevation models for military passability maps development, pages 1–8

E

energy transition

• Integrating spatial analytics in power system planning techniques for the green energy transition, pages 1–8

F

field survey

• Geosite database of the High Gerecse Hills (Hungary): with cartographic and GIS-based methodologies, pages 1–7

G

GIS

• Geosite database of the High Gerecse Hills (Hungary): with cartographic and GIS-based methodologies, pages 1–7
• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10
• Investigating spatiotemporal trends of large wildfires in California (1950–2020), pages 1–9

GNSS-denied environment

• A Comparative Study of Semantic Segmentation using Deep Neural Networks in a GNSS-denied Underground Parking Lot, pages 1–5

Gauteng

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6

generalization

• Generalization of digital elevation models for military passability maps development, pages 1–8

geographic database

• A lightweight ontology for landmarks to assist rescue in mountainous areas, pages 1–9

georeferencing

• Parametrization of the Hungarian Stereographic Map Sheets, pages 1–5

geosites

• Geosite database of the High Gerecse Hills (Hungary): with cartographic and GIS-based methodologies, pages 1–7

green energy transition

• Integrating spatial analytics in power system planning techniques for the green energy transition, pages 1–8

I

ICA model

• A review of the ICA model of stakeholders in a spatial data infrastructure (SDI), pages 1–8

indoor point cloud processing

• A Comparative Study of Semantic Segmentation using Deep Neural Networks in a GNSS-denied Underground Parking Lot, pages 1–5

intensity

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6

interactive visualization

• An Efficient Data Structure Providing Maps of the Frequency of Public Transit Service Within User-Specified Time Windows, pages 1–8

L

Landsat

• A spatio-temporal fusion method based on Landsat and MODIS normalized vegetation index data, pages 1–5

Leaflet

• Automatic Labels in Leaflet, pages 1–5

land-cover changes

• Analysis of the spatial extension of pineapple monocultures in northern Costa Rica using heterogeneous geographic data, pages 1–7

landmarks

• A lightweight ontology for landmarks to assist rescue in mountainous areas, pages 1–9

landmines

• Groth’s algorithm to detect the possible presence of landmines using changes in the reflection of plants, pages 1–6

lightweight ontology

• A lightweight ontology for landmarks to assist rescue in mountainous areas, pages 1–9

linear interpolation

• A spatio-temporal fusion method based on Landsat and MODIS normalized vegetation index data, pages 1–5

local development planning

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6

M

MODIS

• A spatio-temporal fusion method based on Landsat and MODIS normalized vegetation index data, pages 1–5

microrelief

• Generalization of digital elevation models for military passability maps development, pages 1–8

military passability maps

• Generalization of digital elevation models for military passability maps development, pages 1–8

mountain rescue operation

• A lightweight ontology for landmarks to assist rescue in mountainous areas, pages 1–9

N

NDVI

• A spatio-temporal fusion method based on Landsat and MODIS normalized vegetation index data, pages 1–5

O

OpenStreetMap

• Assessing completeness of global airport data in OSM, pages 1–8

OurAirports

• Assessing completeness of global airport data in OSM, pages 1–8

open source

• Automatic Labels in Leaflet, pages 1–5

P

PROJ.4 string

• Parametrization of the Hungarian Stereographic Map Sheets, pages 1–5

PyQGIS

• Integrating spatial analytics in power system planning techniques for the green energy transition, pages 1–8

pineapple monocultures

• Analysis of the spatial extension of pineapple monocultures in northern Costa Rica using heterogeneous geographic data, pages 1–7

R

reflectance

• Groth’s algorithm to detect the possible presence of landmines using changes in the reflection of plants, pages 1–6

renewable energy

• Integrating spatial analytics in power system planning techniques for the green energy transition, pages 1–8

S

SDI

• A review of the ICA model of stakeholders in a spatial data infrastructure (SDI), pages 1–8

School Cartography

• Brazilian theses and dissertations on School Cartography in the period 2011–2020, pages 1–8

South Africa

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6

scorpion

• Spatial Analysis of Scorpion Accidents in Brazil: Its Relation to Climate and Urbanization, pages 1–6

semantic

• A lightweight ontology for landmarks to assist rescue in mountainous areas, pages 1–9

semantic segmentation

• A Comparative Study of Semantic Segmentation using Deep Neural Networks in a GNSS-denied Underground Parking Lot, pages 1–5

simulation

• Groth’s algorithm to detect the possible presence of landmines using changes in the reflection of plants, pages 1–6

spatial analysis

• Spatial Analysis of Scorpion Accidents in Brazil: Its Relation to Climate and Urbanization, pages 1–6
• Integrating spatial analytics in power system planning techniques for the green energy transition, pages 1–8

spatial data infrastructure

• A review of the ICA model of stakeholders in a spatial data infrastructure (SDI), pages 1–8

spatial data quality

• Analysis of the spatial extension of pineapple monocultures in northern Costa Rica using heterogeneous geographic data, pages 1–7

spatio-temporal data

• An Efficient Data Structure Providing Maps of the Frequency of Public Transit Service Within User-Specified Time Windows, pages 1–8

spatio-temporal fusion

• A spatio-temporal fusion method based on Landsat and MODIS normalized vegetation index data, pages 1–5

spatiotemporal trends

• Investigating spatiotemporal trends of large wildfires in California (1950–2020), pages 1–9

stakeholder

• A review of the ICA model of stakeholders in a spatial data infrastructure (SDI), pages 1–8

state of the art

• Brazilian theses and dissertations on School Cartography in the period 2011–2020, pages 1–8

T

Testing

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

terrain

• Generalization of digital elevation models for military passability maps development, pages 1–8

time window

• An Efficient Data Structure Providing Maps of the Frequency of Public Transit Service Within User-Specified Time Windows, pages 1–8

U

underground parking lot

• A Comparative Study of Semantic Segmentation using Deep Neural Networks in a GNSS-denied Underground Parking Lot, pages 1–5

V

Vaccination

• Characterizing Spatial Accessibility of COVID-19 Testing and Vaccination Sites using Dasymetric Mapping and GIS, pages 1–10

venomous animals

• Spatial Analysis of Scorpion Accidents in Brazil: Its Relation to Climate and Urbanization, pages 1–6

W

ward committee meetings

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6

webcartography

• Automatic Labels in Leaflet, pages 1–5

wildfires

• Investigating spatiotemporal trends of large wildfires in California (1950–2020), pages 1–9

Y

youth participation

• Mapping the intensity of ward-level barriers to youth’s participation in local development planning in Gauteng province, South Africa, pages 1–6